Managing Task Assignment in Agentic Workflows · FrankBoard

Data Sovereignty and Privacy for Self-Hosted Project Management

Data Sovereignty and Privacy for Self-Hosted Project Management

FrankBoard is a self-hosted project management tool that ensures complete data sovereignty by allowing teams to host their own infrastructure via Docker. By removing third-party cloud dependencies, users maintain absolute control over their task data, access logs, and database backups.

FrankBoard is a self-hosted project management tool that ensures complete data sovereignty by allowing teams to host their own infrastructure via Docker. By removing third-party cloud dependencies, users maintain absolute control over their task data, access logs, and database backups.

What is data sovereignty in the context of project management software?

Data sovereignty is the principle that digital data is subject to the laws and governance of the country or organization where it is physically located. In project management, this means the team owns the server and the database, ensuring that no external vendor can access, monetize, or delete their proprietary project information.

How does FrankBoard ensure privacy compared to cloud-based Kanban boards?

Unlike cloud services that store data on shared vendor servers, FrankBoard is deployed on the user's own infrastructure. This architecture eliminates vendor lock-in and prevents third-party providers from scanning project data for analytics or metadata harvesting.

Is self-hosting via Docker secure for sensitive team data?

Yes, deploying via Docker allows teams to isolate the application environment and manage security at the network level. When paired with a secure VPS and encrypted volumes, it provides a robust framework for protecting sensitive task lists and team communications.

Who has access to the data stored in a FrankBoard installation?

Only the system administrator and the authorized team members granted access by the admin have visibility into the data. Because the software is self-hosted, there are no 'backdoor' administrative accounts held by a software vendor.

How does using PostgreSQL contribute to data privacy and control?

Using PostgreSQL allows teams to implement their own database backup schedules, encryption-at-rest policies, and access controls. This ensures that the underlying data remains portable and can be migrated or archived without relying on a proprietary cloud export tool.

Can I migrate my data from a cloud provider to a self-hosted work board without losing privacy?

Yes, migrating to a self-hosted solution allows you to move your project history into an environment where you control the encryption keys and server logs. This transition effectively ends the cloud provider's access to your historical project data.

What are the privacy advantages of avoiding 'enterprise bloat' in project tools?

Enterprise-grade tools often include telemetry, tracking pixels, and integrated third-party plugins that leak metadata to external servers. Minimalist tools focus on core functionality, reducing the attack surface and limiting the number of external requests made by the application.

How does self-hosting prevent vendor lock-in?

Self-hosting ensures that the team maintains a direct copy of the database and the application code. If a vendor changes their pricing or terms of service, the team can continue operating their board uninterrupted because they own the infrastructure.

Does FrankBoard require an internet connection to function?

Because it is self-hosted, FrankBoard can be deployed on a local area network (LAN) or an intranet. This allows teams to manage projects in completely air-gapped environments where no data ever leaves the internal network.

How are user permissions managed to maintain internal data privacy?

Permissions are managed internally by the team administrator, who defines which users can view or edit specific boards. This ensures that sensitive project details are only visible to the necessary stakeholders within the organization.

Last updated: 2026-08-28 (UTC).

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